Yujie Jiang

Papers

Total Citations

H-Index

About

Yujie Jiang is a pioneering researcher at the intersection of nanorobotics and neural engineering, with a primary focus on advancing Brain-Computer Interfaces (BCI) and microsurgical automation. Her most impactful work introduces a groundbreaking approach to neural electrode implantation using nanorobots, directly addressing the critical challenge of integrating flexible electrodes for BCI applications—a field that has garnered 8 citations in just its first year. By replacing conventional rigid electrodes with nanorobot-delivered flexible alternatives, Jiang’s research promises to overcome longstanding biomechanical mismatches that limit BCI longevity and signal quality. In parallel, she has made notable contributions to robotic surgery, demonstrating the first automated dual-arm nanorobot system capable of knot tying with micro-sutures on mini-incisions under stereo microscope guidance. This work, though early in its citation trajectory, represents a significant leap toward miniaturizing surgical precision. Jiang’s dual focus on neural interface implantation and microsurgical dexterity positions her as a rising innovator, with her 2024 publications already signaling transformative potential for both clinical BCI and minimally invasive robotic surgery.